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JLV Industries Pty Ltd

“Conveying Quality”

Glideseal Idler Roller

Product Catalogue



Introduction 2

Company Background 4

Quality Policy 5

Conveyor Data Sheet 6

Idler Design Data Sheet 7

General Application Guide 10

Idler Roller Specications 13

Idler Roller Tolerances 14

Recommended Idler Spacing 15

Material Properties 16

Idler Roller Dimensional Charts 22

CONTENTS



INTRODUCTION

JLV Industries is proud of the innovative developments of the Glideseal idler roller. The Glideseal

roller directly addresses the inherent problems associated with conventional idler rollers, and in doing

so provides an environmental, personnel, and equipment friendly roller with low noise emissions,

ease of handling, and low vibration, coupled with an extremely long service life.

The Glideseal idler roller is designed for conveying applications where long life, low noise emission and

low vibration are paramount. 127mm Dia,152mm Dia and 178mm Dia rollers can be manufactured

to suit client specications. Glideseal rollers are continually developed to suit the exact requirements

of each client to obtain the most suitable roller possible.

FeaturesLong bearing life using premium quality bearing, multiple integral sealing and synthetic►

lubricants.

Polymeric end bearing housings highly resistant to degradation from stress and weathering.►

Maintenance free operation.►

Low noise and vibration emissions.►

When an aluminium shell is selected, extremely low noise emissions, low rotational mass►

reducing power draw, very low handling weight and excellent corrosion resistance are

achieved.

PerformanceGlideseal rollers are also manufactured in an extra low weight version, which is predominantly used

for long trough and return idler rollers. With this technology, single roll return rollers that normally

weigh 50 kg can now be manufactured with a mass of no more than 21 kg. This is achieved by

using our hollow shaft design. These are being mainly used on stacker / reclaimers and ship-loading

facilities where accessibility is restricted and personnel need a light product to prevent injury.

Low noise Glideseal rollers have on average a 10 dBA lower noise emission than conventional

conveyor rollers. They have been designed to operate with reduced noise and vibration emission,

which makes them suitable for application where proximity to populated buildings and areas is a

concern.

The Glideseal roller can be considered a long life roller that outlasts conventional idler rollers in

harsh environments. Glideseal rollers are currently installed in ship-loader facilities around Australia

and are performing well. Several of our clients use our rollers to transport corrosive material and

enjoy lengthier change-out frequencies than they would otherwise experience.

The JLV Glideseal idler roller has been site tested for more than fteen years with great success and

during that time signicant enhancements have been made to further improve sealing efciencies

and ultimate roller life. We believe our rollers are the correct choice for operations interested in

reducing the total cost of ownership (TCO) through extended service life and reduced change-outschedules.



What’s The Dif ference?The polymeric end housing incorporates multiple integral seals which prevent bearing contamination

caused by particle migration ensuring an extremely long service life. Also it reduces the transfer of

vibration from the shell to the bearings and on to the plant and equipment. The polymeric materials

used are very stable and no ill effects through stress or weathering will occur and any form of

corrosion is simply not possible. The weather seal provides effective protection keeping moisture

and particles away from the inner seals and ensure that even under deluge conditions moisture

can not enter the protective cavities. The bearings and protective cavities are lled with synthetic

grease, which is not susceptible to oil separation and will not leach ensuring that the bearings will

be well lubricated for the life of the roller. The TIR (Total Indicator Runout) and MIS (Maximumindicated Slope) are extremely low due to the stringent specication with which Glideseal idlers are

manufactured.

Glideseal Idler Roller Cut Away

INTRODUCTION

Polymeric End Housing

Sealing Cavities Filled

With Synthetic GreaseSealing Labyrinth

Bearing Filled With

Synthetic Grease &

Sealed For Life

ShaftShell

Weather Seal



QUALITY POLICY

JLV Industries Pty Ltd is involved in the design manufacture and supply of a range of rubber and

urethane products for the mining, materials handling and rening industries. It is our objective to

become the supplier of rst preference for our range of products and services, by providing our

clients an optimum level of quality, service and price. In order to achieve this objective we have

implemented a quality system based upon AS/NZS ISO 9001: 2008.

Our Quality System ensures that all activities are performed in a systematic and controlled manner

and in an environment conducive to a philosophy of continued improvement and excellence. All

employees are aware of our Quality System and appreciate and endorse the Quality Policy and

Objectives of our Company. All work is performed to pre-determined standards in order to satisfy

our clients’ requirements.

It is recognised that our employees are of vital importance for our future growth and protability and

for this reason we regard employees’ health, safety, job satisfaction, and personal achievement as

of the utmost importance. Stringent standards of excellence and performance are practical within

the Company, with our suppliers, and with our customers.

……………………………………………….

Bill JohnsonManaging Director

JLV INDUSTRIES PTY LTD



IDLER DESIGN DATA SHEET

Current - Standard Roller

Dimension Trough Return

A

B

C

D

E

F

G

Shell Material

Bearing Size

JLV Idler Roller Code




Current - Two Roll Suspended Set


A

B

C

D

E

F

G (Dia)

Shell Material

Bearing Size

Chain Link Size & Number of Links

Hanger Bracket DetailsJLV Idler Roller Code




Current - Three Roll Suspended Set


A

B

C

D

E

F

G

H

I

J (Dia)

Shell Material

Bearing Size Center: Wing:

Chain Link Size & Number of Links

Hanger Bracket Details

JLV Idler Roller Code



GENERAL

APPLICATION GUIDE

Three Roll TroughLight, medium and heavy duty up to 45 degree

trough angle, offset or inline.

Three Roll Trough Rigid

SuspendedLight, medium and heavy duty up to 45 degree

rigid suspended trough angle.

Weigher idlersBelt weighers or load cells require rollers which

are accurate in cross sectional prole, concentric

and balanced. Inline type only.

Suspended Three Roll Trough &

Impact IdlersHeavy duty having the ability to absorb high impact

and deect impact energy, Are self centring and

eliminate build up of material on structure.

Adjustable Transition IdlersUsed at head and tail position to maintain belt

edge contact.

Trough Training IdlersFor belt training using a swivel design frame.



GENERAL

APPLICATION GUIDE

Return Training IdlersFor return belt training using a swivel design

frame.

Flat Carrying Plain Idlers

Light, medium and heavy duty. Used in dry andclean installations.

V Return IdlersLight, medium and heavy duty. 5 degree or 10

degree return angle.

3 Roll & 6 Roll Drop Down IdlersRollers can be easily changed over in an impact

area. The frame can be readily lowered for access

purposes using a standard jack to enable roller

replacement.

Retractable Idlers

Allows rollers to be changed under loading skirtsareas without removing adjacent idlers.



Trough and Return side guide

rollersUseful for belt tracking.

WindguardsManufactured from galvanized heavy gauge

steel. Rigid construction, Slotted mounting holes

for easy attachment, Rolled safety edge, Fluted

for added strength, Supplied complete with

mounting holes.

GENERAL

APPLICATION GUIDE



IDLER ROLLER

SPECIFICATIONS

Type Roller

Diameter

(mm)

Shell

Thickness

(mm)

Shaft Dia.

At

Bearing

(mm)

Min. Shaft

Dia,

Between

Bearing

(mm)

Bearing

Type

Bearing

Dynamic

Capacity

(N)

AO235327 127 3.25 25 27 6305 22 500

AO235333 127 3.25 25 33 6305 22 500

AO535527 152 5.00 25 27 6305 22 500

AO535533 152 5.00 25 33 6305 22 500

AO536533 152 5.00 30 33 6306 28 100

AO536536 152 5.00 30 36 6306 28 100

AO537538 152 5.00 35 38 6307 33 200

AO537542 152 5.00 35 42 6307 33 200

AO538542 152 5.00 40 42 6308 41 000

AO539548 152 5.00 45 48 6309 52 700

AO739548 178 5.00 45 48 6309 52 700

SO235327 127 3.25 25 27 6305 22 500

SO235333 127 3.25 25 33 6305 22 500

SO535427 152 4.00 25 27 6305 22 500

SO535433 152 4.00 25 33 6305 22 500

SO536433 152 4.00 30 33 6306 28 100

SO536436 152 4.00 30 36 6306 28 100

SO537438 152 4.00 35 38 6307 33 200

SO537442 152 4.00 35 42 6307 33 200

SO538442 152 4.00 40 42 6308 41 000

SO739548 178 4.80 45 48 6309 52 700



IDLER ROLLER

TOLERANCES

TOTAL INDICATOR RUNOUT (T.I.R)

Rollers up to 1040mm long

Weigh rollers 0.13 mm

Plain rollers 0.40 mm

Rollers over 1040mm long

Weigh rollers 0.13 mm

Plain rollers 0.60 mm

BALANCE

Maximum out of balance weigh rollers 0.014 Nm

Maximum out of balance standard rollers 0.056 Nm

DEFLECTION

Maximum angular deection at bearing under full load 10 minutes

FABRICATION TOLERANCES

Roller face length: +/- 1.5 mm

Nominal O.D aluminium shell: +/- 0.2 mm

Nominal O.D. steel shell: +/- 0.3 mm

Centre roller height above base line: +/- 2.0 mm

Transverse hole centres: +/- 2.0 mm

Longitudinal hole centres: +/- 2.0 mm

Return bracket drop height: +/- 2.0 mm

Trough angle: +/- 1 deg.



RECOMMENDED

IDLER SPACING

Material density – kilograms per cubic metre

Belt width

(mm) 480 800 1200 1600 2000 2400

300-400 1.7 1.7 1.5 - - -

450-500 1.7 1.7 1.5 1.5 - -

600 1.7 1.7 1.5 1.5 1.4 1.0

650 1.5 1.5 1.4 1.4 1.3 1.0

750 1.5 1.5 1.4 1.4 1.3 1.0

800 1.5 1.5 1.4 1.4 1.2 1.0

900 1.5 1.5 1.4 1.4 1.2 1.0

1000 1.5 1.4 1.2 1.2 1.0 1.0

1050 1.5 1.4 1.2 1.2 1.0 0.9

1200 1.5 1.4 1.0 1.0 0.9 0.8

1350 1.4 1.2 0.9 0.9 0.8 0.8

1400 1.2 1.2 0.9 0.9 0.8 0.8

1500 1.2 1.2 0.9 0.9 0.8 0.8

1600 1.2 1.2 0.8 0.8 0.8 0.6

1700 1.2 1.2 0.8 0.8 0.8 0.6

1800 1.2 1.2 0.8 0.8 0.8 0.6

2000 1.2 1.2 0.8 0.8 0.8 0.6

2200 1.2 1.2 0.8 0.8 0.8 0.6

2400 1.2 1.2 0.8 0.8 0.8 0.6

2500 1.2 1.2 0.8 0.8 0.8 0.6

Note: Spacing is in metres.



MATERIAL PROPERTIES

Abrasiveness NA – Non Abrasive MA – Mildly Abrasive VA – Very AbrasiveCorrosiveness NC – Non Corrosive MC – Mildly Corrosive VC – Very Corrosive

Material Mass Kg/m3 Surcharge

Angle

Angle

of

Repose

Max

Conveyor

Slope

A b r a s i v e n e s s

C o r r o s i v e n e s s

Alumina 800-1040 10° 22° 12° VA NC

Aluminium Chips 110-240 30° 45° 27° MA NC

Aluminium Sulphate 864 20° 32° 17° NA NC

Aluminium Oxide 1120-1920 15° 29° 15° VA NC

Aluminium Silicate 784 5° 30-44° 10° VA NC

Ammonium Chloride 832 10° 30-44° 10° NA VC

Ammonium Nitrate 720 25° 30-44° 23° MA VC

Ammonium Sulphate 720-930 10° 32° 10° MA VC

Asbestos Ore or Rock 1296 20° 30-44° 18° VA NC

Asbestos, Shred 320-400 30° 45° 30° MA NC

Ashes, Coal, Dry to 75mm 560-640 25° 40° 23° MA NC

Ashes, Fly 640-720 30° 42° 23° VA NC

Asphalt, Binder for Paving 1280-1360 30° 45° 30° NA NC

Barytes 2280 20° 30-44° 15° NA NC

Bauxite, Mine Run 1280-1440 20° 31° 17° VA NC

Bauxite, Crushed to 75mm 1200-1360 20° 30-44° 20° VA NCBauxite, Ground Dried 1090 20° 20-29° 18° VA NC

Bentonite, Crude 540-640 20° 42-44° 20° MA NC

Bentonite, 100 Mesh 800-960 20° 42° 20° MA NC

Bicarbonate of Soda 656 20° 32° 17° NA VC

Borax, Lumps 960-1040 20° 30-44° 20° MA NC

Brick, Hard 2000 30° 42° 27° VA NC

Brick, Soft 1600 30° 42° 27° VA NC

Carbon Black, Powder 60-110 10° 30-44° 12° NA NC

Cast Iron Chips 2080-3200 30° 45° 27° MA NC

Cement, Portland 1504 25° 30-44° 20° MA NC




Angle

Angle

of

Repose

Max

Conveyor

Slope



Cement, Portland, Loose 960-1200 20° 39° 15° MA NC

Cement Clinker 1200-1520 25° 30-40° 18° VA NC

Chalk, Lumps 1200-1360 10° 45° 15° NA NC

Chalk, 100 Mesh 1040-1200 25° 45° 28° NA NC

Charcoal 290-400 25° 35° 22° NA NC

Clay, Dry, Fines 1600-1920 20° 35° 22° VA NC

Clay, Dry, Lumps 960-1200 20° 35° 20° VA NC

Coal, Anthracite 960 20° 27° 18° MA NC

Coal, Bituminous, 100 Mesh 800-860 25° 45° 20° NA MC

Coal, Bituminous, 12mm 690-800 25° 40° 22° NA MC

Iron Chips 2000 30° 30° 15° MA NC

Iron Ore 1600-3200 20° 35° 20° VA NC

Iron Ore, Crushed 2160-2400 20° 30° 20° VA NC

Iron Oxide, Pigment 400 30° 40° 23° VA NC

Iron Pellets 2100-2800 10° 35° 14° VA NC

Kaolin, up to 75mm Lumps 1008 20° 35° 15° NA NC

Kaolin, 100 Mesh 670-900 30° 45° 23° NA NC

Lactose 512 10° 30-44° 14° NA MC

Lead Arsenate 1152 25° 45° 20° NA MC

Lead Ores 3200-4320 10° 30° 15° MA NC

Lead Oxides 960-2400 25° 45° 20° NA MC

Lime, Ground to 3mm 960 30° 43° 23° NA NC

Lime Hydrated 510-640 25° 42° 22° NA NC

Limestone, Agricultural, 3mm 1088 10° 30-44° 20° MA NC

Limestone, Crushed 1360-1440 25° 35° 18° MA NC

Magnesium Chloride 528 25° 40° 23° MA MC

Magnesium Sulphates 1120 20° 30-44° 15° MA MC

Magnesium Dioxide 1280 20° 30-44° 15° MA NC

MATERIAL PROPERTIES




Angle

Angle

of

Repose

Max

Conveyor

Slope



Manganese Ore 2000-2240 25° 39° 20° MA NC

Manganese Sulphate 1120 10° 30-44° 15° VA NC

Marble Crushed to 12mm 1440-1520 10° 30-44° 15° MA NC

Molybdenite, Powdered 1712 20° 40° 25° NA NC

Nickel Ore 2400 35° 30-44° 20° VA MC

Paper, Pulp 640-960 5° 19° 7° NA VC

Peanuts – in Shell 560 10° 30-44° 8° NA NC

Peas, Raw Dry 720-800 5° 19° 8° NA NC

Phosphate, Rock 1200-1360 10° 30-40° 12-15° MA NC

Phosphate, Super, Ground 816 30° 45° 30° MA MC

Potash Salts 1280 10° 20-29° 15° NA MC

Potassium Carbonate 816 10° 20-29° 15° MA MC

Potassium Chloride, Pellets 1920-2080 15° 30-44° 18° MA NC

Potassium Nitrate 1216 10° 20-29° 15° MA MC

Potassium Sulphate 670-770 30° 45° 30° MA MC

Pyrites – Iron 50 to 75 2160-2320 20° 20-29° 17° MA MC

Pyrites – Pellets 1920-2080 10° 30-44° 15° MA MC

Quartz 38 to 75mm 1360-1520 25° 35° 20° VA NC

Coal, Bituminous ROM 720-880 25° 38° 18° NA MC

Coal, Lignite 640-720 25° 38° 22° NA MC

Coke, Loose 370-560 30° 30-44° 18° VA MC

Coke, Petroleum, Calcined 560-720 20° 30-44° 20° NA NC

Coke Breeze, 6mm 400-800 25° 30-44° 20° NA MC

Compost 480-800 25° 30-44° 20° NA MC

Concrete, Blocks 2080-2400 - - - VA NC

Concrete, Slag 1140-1760 20° 30° 17° VA NC

Concrete, Wet 1760-2400 5° 10° 10° VA MC

Copper, Ore 1920-2400 25° 30-44° 20° VA MC

MATERIAL PROPERTIES




Angle

Angle

of

Repose

Max

Conveyor

Slope



Rock, Soft, Excavated 1600-1760 20° 30-44° 22° MA NC

Rubber, Pelletized 800-880 20° 35° 22° NA NC

Rubber, Reclaimed 400-480 20° 32° 18° NA NC

Salt, Dry, Course 640-880 20° 35° 20° MA NC

Salt, Dry, Fine 1120-1280 5° 25° 11° MA MC

Sand, Siliceous, Dry 200 10° 20-29° 12° VA NC

Sand, Littoral, Damp 1760-2080 25° 45° 22° VA NC

Sand, Littoral, Dry 1440-1760 20° 35° 18° VA NC

Sand, Foundry, Prepared 1440-1600 30° 30-44° 24° VA NC

Sand, Foundry, shakeout 1440-1600 25° 39° 22° VA NC

Sandstone, Chips 1360-1440 20° 30-44° 20° VA NC

Sawdust 160-210 5° 36° 22° NA NC

Sewage (Sludge) 640-800 10° 20-29° 15° NA NC

Shale, Broken 1440-1600 10° 20-29° 18° MA NC

Shale, Crushed 1360-1440 25° 39° 22° MA NC

Slag, Blast Furnace, Crushed 1280-1440 10° 25° 10° VA NC

Soap Powder 320-400 5° 20° 8° NA NC

Soda ASM 880-1040 25° 32° 19° MA NC

Sugar, Powdered 800-960 10° 30-44° 15° NA MC

Sugar, Raw, Cane 880-1040 20° 45° 22° MA MC

Sugar, Wet, Beet 880-1040 20° 30° 22° MA MC

Sugar Cane, Knifed 240-290 30° 45° 25° MA MC

Sugar Beet, Pulp (Dry) 190-240 30° 35° 25° MA NC

Sugar Beet, Pulp (Wet) 400-720 30° 35° 25° NA MC

Sulphur, Crushed < 12mm 800-960 15° 30-44° 20° NA VC

Sulphur, up to 75mm 1280-1360 15° 30-44° 18° NA VC

Talc, 12mm Screenings 1280-1440 10° 20-29° 15° NA NC

Talc, Powder 800-960 10° 20° 12° NA NC

MATERIAL PROPERTIES




Angle

Angle

of

Repose

Max

Conveyor

Slope



Wheat 720-770 10° 28° 12 NA NC

Wood Chips 160-480 30° 45° 27° NA NC

Zinc Concentrates 1200-1280 5° 25° 8° MA NC

Zinc Ore Crushed 2560 20° 38° 22° MA NC

Zinc Oxide, Heavy 480-560 10° 45-55° 12° NA NC

Zinc Oxide, Light 160-240 10° 45° 12° NA NC

MATERIAL PROPERTIES



IDLER ROLLER

DIMENSIONAL CHARTS

SERIES _ _2353_ _ROLLER DIA. 127

BEARING 6305

BEARING RATING 2100 kg

SLOT ACROSS FLATS 14.3 A/F

3 ROLL INLINE TROUGH IDLERS

IDLER DIMENSIONS mm

BELT WIDTH A B E F ANGLE

SIZE

SHAFT

DIA.

400 154 650 140 204 50 27

450 172 700 140 204 50 27

500 189 750 140 204 50 27

600 224 850 140 204 50 27

650 244 900 140 204 50 27

750 278 1000 140 204 50 27

800 294 1050 150 214 65 27

900 331 1150 150 214 65 27

1000 358 1250 165 221 75 27

1050 383 1300 165 221 75 27

1200 436 1450 180 231 90 27

1350 488 1650 180 231 90 33

1400 494 1700 180 231 90 33

1500 541 1800 200 240 100 33

1600 561 2000 240 257 125 33

1800 625 2200 240 257 125 33



SERIES _ _5355_ _ ROLLER DIA. 152

BEARING 6305




IDLER DIMENSIONS mm


SIZE

SHAFT

DIA.

400 154 650 140 217 50 27

450 172 700 140 217 50 27

500 189 750 140 217 50 27

600 224 850 140 217 50 27

650 224 900 140 217 50 27

750 278 1000 140 217 50 27

800 294 1050 150 227 65 27

900 331 1150 150 227 65 27

1000 358 1250 165 233 75 27

1050 383 1300 165 233 75 27

1200 436 1450 180 244 90 27

1350 488 1650 180 244 90 33

1400 494 1700 180 244 90 33

1500 541 1800 200 252 100 33

1600 561 2000 240 270 125 33

1800 625 2200 240 270 125 33

IDLER ROLLER

DIMENSIONAL CHARTS



IDLER ROLLER

DIMENSIONAL CHARTS


BEARING 6306


SLOT ACROSS FLATS 22 A/F


IDLER DIMENSIONS mm

BELT WIDTH A B E F ANGLESIZE

SHAFTDIA.

600 230 850 140 229 50 33

650 250 900 140 229 50 33

750 284 1000 140 229 50 33

800 300 1050 150 239 65 33

900 337 1150 150 239 65 33

1000 364 1250 165 245 75 331050 389 1300 165 245 75 33

1200 442 1450 180 256 90 33

1350 494 1650 180 256 90 33

1400 500 1700 200 264 100 33

1500 547 1800 200 264 100 36

1600 567 2000 240 282 125 36

1800 631 2200 240 282 125 36

2000 706 2400 280 303 150 36

2200 785 2600 280 303 150 36




BEARING 6307




IDLER DIMENSIONS mm

BELT WIDTH A B E F ANGLESIZE

SHAFTDIA.

600 230 850 40 231 50 38

650 250 900 140 231 50 38

750 284 1000 140 231 50 38

800 300 1050 150 242 65 38

900 337 1150 150 242 65 38

1000 364 1250 165 248 75 381050 389 1300 165 248 75 38

1200 442 1450 180 259 90 38

1350 494 1650 180 259 90 38

1400 500 1700 200 267 100 38

1500 547 1800 200 267 100 38

1600 567 2000 240 285 125 38

1800 631 2200 240 285 125 38

2000 706 2400 280 305 150 38

2200 785 2600 280 305 150 42

IDLER ROLLER

DIMENSIONAL CHARTS



IDLER ROLLER

DIMENSIONAL CHARTS


BEARING 6308




IDLER DIMENSIONS mm


SIZE

SHAFT

DIA.

600 230 850 140 234 50 42

650 250 900 140 234 50 42

750 284 1000 140 234 50 42

800 300 1050 150 244 65 42

900 337 1150 150 244 65 421000 364 1250 165 250 75 42

1050 389 1300 165 250 75 42

1200 442 1450 180 261 90 42

1350 494 1650 180 261 90 42

1400 500 1700 200 269 100 42

1500 547 1800 200 269 100 42

1600 567 2000 240 287 125 42

1800 631 2200 240 287 125 42

2000 706 2400 280 308 150 42

2200 785 2600 280 308 150 42




BEARING 6305



2 ROLL VEE RETURN IDLERS

IDLER DIMENSIONS mm

BELT WIDTH A B C ANGLE

SIZE

SHAFT

DIA.

600 341 850 56 65 27

650 363 900 56 65 27

750 417 1000 56 65 27

800 436 1050 56 65 27

900 488 1150 56 65 27

1000 541 1250 56 65 27

1050 561 1300 56 75 27

1200 646 1450 56 75 27

1350 745 1651 56 75 27

1400 765 1700 56 75 27

1500 815 1800 56 75 27

1600 915 2000 56 75 27

1800 1015 2200 56 90 27

2000 1115 2400 56 100 33

2200 1215 2600 56 125 33

2400 1315 2800 56 125 33

2500 1365 2900 56 125 33

IDLER ROLLER

DIMENSIONAL CHARTS



IDLER ROLLER

DIMENSIONAL CHARTS


BEARING 6305




IDLER DIMENSIONS mm


SIZE

SHAFT

DIA.

600 341 850 56 65 27

650 363 900 56 65 27

750 417 1000 56 65 27

800 436 1050 56 65 27

900 488 1150 56 65 27

1000 541 1250 56 65 27

1050 561 1300 56 75 27

1200 646 1450 56 75 27

1350 745 1650 56 75 27

1400 765 1700 56 75 27

1500 815 1800 56 75 27

1600 915 2000 56 75 27

1800 1015 2200 56 90 27

2000 1115 2400 56 100 33

2200 1215 2600 56 125 33

2400 1315 2800 56 125 33

2500 1365 2900 56 125 33




BEARING 6306




IDLER DIMENSIONS mm


SIZE

SHAFT

DIA.

600 347 850 56 65 33

650 369 900 56 65 33

750 423 1000 56 65 33

800 442 1050 56 65 33

900 494 1150 56 65 33

1000 547 1250 56 65 33

1050 567 1300 56 75 33

1200 652 1450 56 75 33

1350 751 1650 56 75 33

1400 771 1700 56 75 33

1500 821 1800 56 75 33

1600 921 2000 56 75 33

1800 1021 2200 56 90 33

2000 1121 2400 56 100 33

2200 1221 2600 56 125 33

2400 1321 2800 56 125 33

2500 1371 2900 56 125 33

IDLER ROLLER

DIMENSIONAL CHARTS



IDLER ROLLER

DIMENSIONAL CHARTS


BEARING 6307




IDLER DIMENSIONS mm


SIZE

SHAFT

DIA.

600 347 850 56 65 38

650 369 900 56 65 38

750 423 1000 56 65 38

800 442 1050 56 65 38

900 494 1150 56 65 38

1000 547 1250 56 65 38

1050 567 1300 56 75 38

1200 652 1450 56 75 38

1350 751 1650 56 75 38

1400 771 1700 56 75 38

1500 821 1800 56 75 38

1600 921 2000 56 75 38

1800 1021 2200 56 90 38

2000 1121 2400 56 100 38

2200 1221 2600 56 125 38

2400 1321 2800 56 125 38

2500 1371 2900 56 125 38




BEARING 6308




IDLER DIMENSIONS mm


SIZE

SHAFT

DIA.

600 347 850 56 65 42

650 369 900 56 65 42

750 423 1000 56 65 42

800 442 1050 56 65 42

900 494 1150 56 65 42

1000 547 1250 56 65 42

1050 567 1300 56 75 42

1200 652 1450 56 75 42

1350 751 1650 56 75 42

1400 771 1700 56 75 42

1500 821 1800 56 75 42

1600 921 2000 56 75 42

1800 1021 2200 56 90 42

2000 1121 2400 56 100 42

2200 1221 2600 56 125 42

2400 1321 2800 56 125 42

2500 1371 2900 56 125 42

IDLER ROLLER

DIMENSIONAL CHARTS



IDLER ROLLER

DIMENSIONAL CHARTS


BEARING 6305



FLAT RETURN & CARRY IDLERS

IDLER DIMENSIONS mm

BELT WIDTH A B E F G SHAFTDIA.

400 494 650 56 22 156 27

450 544 700 56 22 156 27

500 594 750 56 22 156 27

600 694 850 56 22 156 27

650 744 900 56 22 156 27

750 844 1000 56 22 156 27

800 894 1050 56 22 156 27

900 994 1150 56 22 156 33

1000 1094 1250 56 22 156 33

1050 1144 1300 56 22 156 33

1200 1294 1450 56 22 156 33

1350 1494 1650 56 22 156 33

1400 1544 1700 56 22 156 33

1500 1644 1800 56 22 156 331600 1844 2000 56 22 156 33

1800 2044 2200 56 22 156 33




BEARING 6305




IDLER DIMENSIONS mm


400 494 650 56 35 169 27

450 544 700 56 35 169 27

500 594 750 56 35 169 27

600 694 850 56 35 169 27

650 744 900 56 35 169 27

750 844 1000 56 35 169 27

800 894 1050 56 35 169 27

900 994 1150 56 35 169 33

1000 1094 1250 56 35 169 33

1050 1144 1300 56 35 169 33

1200 1294 1450 56 35 169 33

1350 1494 1650 56 35 169 33

1400 1544 1700 56 35 169 33

1500 1644 1800 56 35 169 331600 1844 2000 56 35 169 33

1800 2044 2200 56 35 169 33

IDLER ROLLER

DIMENSIONAL CHARTS



IDLER ROLLER

DIMENSIONAL CHARTS


BEARING 6306




IDLER DIMENSIONS mm


400 500 650 56 32 164 33

450 550 700 56 32 164 33

500 600 750 56 32 164 33

600 700 850 56 32 164 33

650 750 900 56 32 164 33

750 850 1000 56 32 164 33

800 900 1050 56 32 164 33

900 1000 1150 56 32 164 33

1000 1100 1250 56 32 164 33

1050 1150 1300 56 32 164 33

1200 1300 1450 56 32 164 33

1350 1500 1650 56 32 164 36

1400 1550 1700 56 32 164 36

1500 1650 1800 56 32 164 361600 1850 2000 56 32 164 36

1800 2050 2200 56 32 164 36




BEARING 6307




IDLER DIMENSIONS mm


600 700 850 56 35 167 38

650 750 900 56 35 167 38

750 850 1000 56 35 167 38

800 900 1050 56 35 167 38

900 1000 1150 56 35 167 38

1000 1100 1250 56 35 167 38

1050 1150 1300 56 35 167 38

1200 1300 1450 56 35 167 38

1350 1500 1650 56 35 167 38

1400 1550 1700 56 35 167 38

1500 1650 1800 56 35 167 38

1600 1850 2000 56 35 167 38

1800 2050 2200 56 35 167 42

2000 2250 2400 56 35 167 42

IDLER ROLLER

DIMENSIONAL CHARTS



IDLER ROLLER

DIMENSIONAL CHARTS


BEARING 6308




IDLER DIMENSIONS mm

BELT WIDTH A B E F G SHAFT

DIA.

600 700 850 56 35 169 42

650 750 900 56 37 169 42

750 850 1000 56 37 169 42

800 900 1050 56 37 169 42

900 1000 1150 56 37 169 42

1000 1100 1250 56 37 169 42

1050 1150 1300 56 37 169 42

1200 1300 1450 56 37 169 42

1350 1500 1650 56 37 169 42

1400 1550 1700 56 37 169 42

1500 1650 1800 56 37 169 42

1600 1850 2000 56 37 169 42

1800 2050 2200 56 37 169 42

2000 2250 2400 56 37 169 42



PO Box 343

Harvey

WA 6220

Australia

www.jlv.com.au

JLV Industries Pty Ltd

Harvey Factory

Cnr Turnbull & Morton Streets

Harvey

WA 6220

Postal Address

jlv industries pty ltd.pdf

Documents